Autoionization of the Ne+Rydberg states formed via valence photoemission
Author:
Publisher
IOP Publishing
Subject
Condensed Matter Physics,Atomic and Molecular Physics, and Optics
Reference23 articles.
1. Observation of participator Auger decay following valence photoionization with excitation
2. Photoelectron spectroscopy of atoms
3. Study of second-step Auger transitions in Auger cascades following 1s → 3p photoexcitation in Ne
4. A study of inner-valence Auger transitions in Ne+induced by the resonant Auger decay of photoexcited Ne 1s−1np states
5. Photoelectron recapture as a tool for the spectroscopy of ionic Rydberg states
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2. Complete reconstruction of bound and unbound electronic wavefunctions in two-photon double ionization;Nature Physics;2018-11-12
3. Calculation of Ar photoelectron satellites in the hard-x-ray region;Physical Review A;2016-06-06
4. Vacancies Decay: Results of Calculations;Handbook of Theoretical Atomic Physics;2012
5. A study of the Ne 2s2p5(3P)3s and 3p correlation satellites up to 75 eV above threshold;Journal of Physics B: Atomic, Molecular and Optical Physics;2010-09-06
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